Broadcom BCM53242M Скачать руководство пользователя страница 17

Broadcom 

Confidential

5

5

4

4

3

3

2

2

1

1

D

D

C

C

B

B

A

A

SS

MISO

MOSI

SCK

+1.2V_D

+2.5V

+2.5V

+2.5V

+1.2V_A

+1.2V_D

+1.2V_A

+2.5V

BIASVDD0

+2.5V

BIASVDD1

+2.5V

BIASVDD2

+2.5V

BIASVDD0

BIASVDD1

BIASVDD2

XTALVDD

+2.5V

+1.2V_D

+2.5V

+1.2V_A

+2.5V

+2.5V

+2.5V

+2.5V

+2.5V

+2.5V

XTALVDD

+3.3V

+3.3V

+3.3V

MISO

8,9

MOSI

8,9

SCK

8,9

SS

8,9

LED_DATA

10

LED_CLK

10

RESET_L

2,6,8,9,10

Title

Size

Document Number

Rev

Date:

Sheet

of

824-115079-0110

P3

5324 VDD

Broadcom Corporation

4

10

Wednesday, March 07, 2007

Title

Size

Document Number

Rev

Date:

Sheet

of

824-115079-0110

P3

5324 VDD

Broadcom Corporation

4

10

Wednesday, March 07, 2007

Title

Size

Document Number

Rev

Date:

Sheet

of

824-115079-0110

P3

5324 VDD

Broadcom Corporation

4

10

Wednesday, March 07, 2007

VDDO

VDDO1

AVDDL

VDDC

VDDO2

VDDO3

VDDP

VDDO

VDDO1

VDDO2

VDDO3

VDDP

GIGA[0:1]_IFSEL_[0:1]=00, RGMII
GIGA[0:1]_IFSEL_[0:1]=11, MII

LEDMODE[0:2]=010, R213,R254 populate

C427,C446 is used toadjust to
the frequency of the osclillator

R256,R222,R200 tie to Ground
to Disable Flow Control

Noise decoupling...for high-speed signals and
where a number of vias group to connect
signals form top to bottom

Muruta:BLM11A601S
200mA, 600ohm @100Mhz

Ver 1.3 add:
replace C80 with 1000uF to prevent Core Power surge

Ver 1.3 add:
BCM5324 Pin F1 pull down

+

C82
1000uF

6.3V

+

C82
1000uF

6.3V

+

C90
10uF

16V

+

C90
10uF

16V

FB8

A600@100MHz

FB8

A600@100MHz

C302
0.1uF

C302
0.1uF

R570

1K

R570

1K

+

C29
22uF

16V

+

C29
22uF

16V

C284
1000pF

C284
1000pF

C372
2.2uF

C372
2.2uF

C427

22pF

C427

22pF

C104
0.1uF

C104
0.1uF

C324
0.1uF

C324
0.1uF

R252

4.7K (DNI)

R252

4.7K (DNI)

R216

4.7K (DNI)

R216

4.7K (DNI)

C254
0.1uF

C254
0.1uF

C312
0.1uF

C312
0.1uF

C322
1000pF

C322
1000pF

C330
0.1uF

C330
0.1uF

C248
0.1uF

C248
0.1uF

C250
1000pF

C250
1000pF

C261
0.1uF

C261
0.1uF

C252
0.1uF

C252
0.1uF

+

C374
10uF

16V

+

C374
10uF

16V

C300
0.1uF

C300
0.1uF

C276
0.1uF

C276
0.1uF

C270
0.1uF

C270
0.1uF

R233

4.7K

R233

4.7K

C251
0.1uF

C251
0.1uF

C273
0.1uF

C273
0.1uF

C281
0.1uF

C281
0.1uF

C309
1000pF

C309
1000pF

R274

0 (DNI)

R274

0 (DNI)

R214

4.7K (DNI)

R214

4.7K (DNI)

R247

4.7K (DNI)

R247

4.7K (DNI)

R232

4.7K (DNI)

R232

4.7K (DNI)

R257

4.7K (DNI)

R257

4.7K (DNI)

C323
0.1uF

C323
0.1uF

CS

1

SK

2

DI

3

DO

4

GND

5

ORG

6

DC

7

VCC

8

U7

AT93C46-SI10-2.7(DNI)

U7

AT93C46-SI10-2.7(DNI)

C286
0.1uF

C286
0.1uF

+

C280
10uF

16V

+

C280
10uF

16V

R193

4.7K (DNI)

R193

4.7K (DNI)

A

V

DDL

K16

A

V

DDL

L16

A

V

DDL

M1

6

A

V

DDL

N1

6

AVSS

P5

A

V

DDL

P16

AVSS

R5

AVSS

R6

AVSS

R7

AVSS

R8

AVSS

R9

AVSS

R1

0

AVSS

R1

1

AVSS

R1

2

AVSS

R1

3

AVSS

R1

4

AVSS

R1

5

A

V

DDL

T5

A

V

DDL

T6

A

V

DDL

T7

A

V

DDL

T8

A

V

DDL

T9

A

V

DDL

T1

0

A

V

DDL

T1

1

A

V

DDL

T1

2

A

V

DDL

T1

3

A

V

DDL

T1

4

VDDO3

P6

VDDO3

N6

VDDO2

M6

VDDO2

L6

VDDO2

K6

VDDO2

J6

VDDO2

H6

VDDO2

G10

VDDO2

G9

VDDO2

G8

VDDO2

G7

VDDO2

G6

AVSS

K15

AVSS

L15

AVSS

M1

5

AVSS

N1

5

AVSS

P7

AVSS

P8

AVSS

P9

AVSS

P10

AVSS

P11

AVSS

P12

AVSS

P13

AVSS

P14

AVSS

P15

VDDC

E14

VDDC

E15

VDDC

E16

VDDC

F6

VDDC

F7

VDDC

F8

VDDC

F9

VDDC

F10

VDDC

F11

VDDC

F12

VDDC

F13

VDDC

F14

VDDC

F15

VDDC

F16

VDDC

G5

VDDC

G16

VDDC

H16

VDDC

J5

VDDC

L5

VDDC

N5

VDDP

E8

VDDP

E11

VDDP

H5

VDDP

J16

VDDP

N17

VDDO1

G11

VDDO1

G12

VDDO1

G13

VDDO0

G14

VDDO0

G15

VDDO0

H15

VDDO0

J15

GN

D

H7

GN

D

H8

GN

D

H9

GN

D

H1

0

GN

D

H1

1

GN

D

H1

2

GN

D

H1

3

GN

D

H1

4

GN

D

J7

GN

D

J8

GN

D

J9

GN

D

J1

0

GN

D

J1

1

GN

D

J1

2

GN

D

J1

3

GN

D

J1

4

GN

D

K7

GN

D

K8

GN

D

K9

GN

D

K10

GN

D

K11

GN

D

K12

GN

D

K13

GN

D

K14

GN

D

L7

GN

D

L8

GN

D

L9

GN

D

L10

GN

D

L11

GN

D

L12

GN

D

L13

GN

D

L14

GN

D

M7

GN

D

M8

GN

D

M9

GN

D

M1

0

GN

D

M1

1

GN

D

M1

2

GN

D

M1

3

GN

D

M1

4

GN

D

N7

GN

D

N8

GN

D

N9

GN

D

N1

0

GN

D

N1

1

GN

D

N1

2

GN

D

N1

3

GN

D

N1

4

SCK

D5

SS

D4

MISO

B3

MOSI

A3

DNC

E12

DNC

E5

HW_FWDG_EN

A2

ENFDXFLOW

E9

ENHDXFLOW

E10

RESET

C4

MDIX_DIS

E13

DNC

U1

8

DNC

A1

PHY_POLL_DIS

B1

CPU_EPROM_SEL

F4

MII_SPD

A4

MII_DUPLX

B4

RvMII_EN

C1

DNC

T1

5

DNC

R1

6

MII_LNK

D6

LEDMODE_1

C3

LEDMODE_2

E4

LEDCLK

E2

LEDDATA

F3

LEDMODE_0

B2

EEPROM_TYPE_0

D3

EEPROM_TYPE_1

C2

DNC

E1

DNC

F2

DNC

G3

DNC

H4

TRST

F1

TDI

G1

TMS

G2

TCK

H3

TDO

H2

XTALI

V19

XTALO

V20

RDAC1

W20

RDAC2

R17

BIASVDD0

W11

BIASVDD1

T18

BIASVDD2

P17

XTALVDD

U19

DNC

Y12

DNC

T1

6

VDDO2

T17

DNC

J4

DNC

H1

DNC

J3

DNC

J2

DNC

J1

DNC

K5

DNC

K4

DNC

K3

DNC

K2

DNC

K1

DNC

L1

DNC

L2

DNC

L3

DNC

M1

DNC

M2

DNC

L4

DNC

N1

DNC

N2

DNC

M3

DNC

P1

DNC

P2

DNC

N3

DNC

M4

DNC

M5

DNC

R1

DNC

R2

DNC

T1

DNC

P3

DNC

N4

GIGA0_IFSEL_0

F5

GIGA0_IFSEL_1

D2

GIGA1_IFSEL_0

D1

GIGA1_IFSEL_1

G4

DNC

E6

DNC

Y11

EN_GRX_FLOW

E3

DNC

E7

VREGSENSE1_2

W1

VREGSENSE2_5

R3

VREGAVDDIO2_5

U2

VREGCTL1_2

V2

VREGCTL2_5

P4

VREGAVDDIO1_2

T4

VREGAVDD1_2

U3

VREGAVDD2_5

V1

REGAGND1_2

T3

REGAGND2_5

T2

VDDO3

R4

VDDO3

U1

RDAC0

W10

REFSS1B

BCM53242

REFSS1B

BCM53242

C529
2.2uF

C529
2.2uF

R215

4.7K (DNI)

R215

4.7K (DNI)

C278
0.1uF

C278
0.1uF

C268
1000pF

C268
1000pF

ZU7
DIP-8-SOCKET

ZU7
DIP-8-SOCKET

C446
22pF

C446
22pF

R251

4.7K (DNI)

R251

4.7K (DNI)

C253
0.1uF

C253
0.1uF

C325
0.1uF

C325
0.1uF

R265

4.7K (DNI)

R265

4.7K (DNI)

C269
0.1uF

C269
0.1uF

C290
0.1uF

C290
0.1uF

C272
0.1uF

C272
0.1uF

C262
0.1uF

C262
0.1uF

R241

0 (DNI)

R241

0 (DNI)

+

C102
10uF

16V

+

C102
10uF

16V

TP17

RED
TP17

RED

C259
0.1uF

C259
0.1uF

C245
0.1uF

C245
0.1uF

C301
1000pF

C301
1000pF

C333
0.1uF

C333
0.1uF

C244
0.1uF

C244
0.1uF

R248

4.7K (DNI)

R248

4.7K (DNI)

C264
0.1uF

C264
0.1uF

R273

0 (DNI)

R273

0 (DNI)

+

C106
22uF

16V

+

C106
22uF

16V

C258
0.1uF

C258
0.1uF

C79
2.2uF

C79
2.2uF

R572

1K

R572

1K

C305
0.1uF

C305
0.1uF

C246
0.1uF

C246
0.1uF

C288
0.1uF

C288
0.1uF

+

C69
47uF

16V

+

C69
47uF

16V

R266

4.7K (DNI)

R266

4.7K (DNI)

R194

4.7K (DNI)

R194

4.7K (DNI)

C328
0.1uF

C328
0.1uF

FB11

A600@100MHz

FB11

A600@100MHz

R256

4.7K

R256

4.7K

C356
0.1uF

C356
0.1uF

C303
0.1uF

C303
0.1uF

TP16

RED
TP16

RED

R259

4.7K

R259

4.7K

C277
0.1uF

C277
0.1uF

C343
0.1uF

C343
0.1uF

Y1

25.000625MHz

Y1

25.000625MHz

C342
2.2uF

C342
2.2uF

C326
0.1uF

C326
0.1uF

R575

0

R575

0

R261

4.7K (DNI)

R261

4.7K (DNI)

+

C307
10uF

16V

+

C307
10uF

16V

1
2
3
4
5
6

J4

S-M-.100-1X6

J4

S-M-.100-1X6

R254

4.7K

R254

4.7K

C263
0.1uF

C263
0.1uF

C327
0.1uF

C327
0.1uF

R76

22

R76

22

R229

100

R229

100

R222

4.7K

R222

4.7K

C287
0.1uF

C287
0.1uF

R272

0 (DNI)

R272

0 (DNI)

TP15

RED
TP15

RED

+

C100
1000uF

6.3V

+

C100
1000uF

6.3V

C255
0.1uF

C255
0.1uF

C383
0.1uF

C383
0.1uF

R571

1K

R571

1K

C249
0.1uF

C249
0.1uF

C334
0.1uF

C334
0.1uF

R253

4.7K (DNI)

R253

4.7K (DNI)

R196

4.7K (DNI)

R196

4.7K (DNI)

C311
2.2uF

C311
2.2uF

C313
1000pF

C313
1000pF

C260
0.1uF

C260
0.1uF

C329
0.1uF

C329
0.1uF

R200

4.7K

R200

4.7K

C289
0.1uF

C289
0.1uF

C321
0.1uF

C321
0.1uF

R192

4.7K (DNI)

R192

4.7K (DNI)

C247
0.1uF

C247
0.1uF

C271
0.1uF

C271
0.1uF

C256
1000pF

C256
1000pF

C338
0.1uF

C338
0.1uF

FB9

A600@100MHz

FB9

A600@100MHz

C265
0.1uF

C265
0.1uF

C266
0.1uF

C266
0.1uF

R217

4.7K (DNI)

R217

4.7K (DNI)

C274
0.1uF

C274
0.1uF

R553

4.7K (DNI)

R553

4.7K (DNI)

R250

4.7K

R250

4.7K

R213

4.7K

R213

4.7K

C337
0.1uF

C337
0.1uF

C344
0.1uF

C344
0.1uF

R95

22

R95

22

C282
0.1uF

C282
0.1uF

C275
0.1uF

C275
0.1uF

+

C80
1000uF

6.3V

+

C80
1000uF

6.3V

FB10

A600@100MHz

FB10

A600@100MHz

C304
0.1uF

C304
0.1uF

+

C93
22uF

16V

+

C93
22uF

16V

+

C54
22uF

16V

+

C54
22uF

16V

Содержание BCM53242M

Страница 1: ...o a d c o m C o n f i d e n t i a l 53242M QSG100 R 16215 Alton Parkway P O Box 57013 Irvine CA 92619 7013 Phone 949 450 8700 Fax 949 926 5203 04 02 07 Quick Start Guide BCM53242M Management Reference Board ...

Страница 2: ...tes in the United States certain other countries and or the EU Any other trademarks or trade names mentioned are the property of their respective owners Broadcom Corporation P O Box 57013 16215 Alton Parkway Irvine CA 92619 7013 2007 by Broadcom Corporation All rights reserved Printed in the U S A REVISION HISTORY Revision Date Change Description 53242M QSG100 R 04 02 07 Initial release ...

Страница 3: ...M53242M 04 02 07 Broadcom Corporation Document 53242M QSG100 R Page iii TABLE OF CONTENTS Overview 1 Connectors 2 Setting up a Broadcom SDK Console Connection 2 Terminal to Switch Connection 2 Configuring the HyperTerminal Utility 2 Using the CLI 5 Schematics 7 ...

Страница 4: ...d e n t i a l BCM53242M Quick Start Guide 04 02 07 Broadcom Corporation Page iv Document 53242M QSG100 R LIST OF FIGURES Figure 1 BCM53242M Block Diagram 1 Figure 2 BCM53242M Front View 1 Figure 3 Terminal to Switch Connection 2 ...

Страница 5: ...B r o a d c o m C o n f i d e n t i a l Quick Start Guide BCM53242M 04 02 07 Broadcom Corporation Document 53242M QSG100 R Page v LIST OF TABLES Table 1 BCM53242M Connectors 2 ...

Страница 6: ...B r o a d c o m C o n f i d e n t i a l BCM53242M Quick Start Guide 04 02 07 Broadcom Corporation Page vi Document 53242M QSG100 R ...

Страница 7: ...53242M Front View Note Each port contains two LEDs The upper LED includes three different indicators ACT Speed and Duplex The user selects the desired indicator via the LED mode button The LEDs adjacent to the RJ45 connector shows the current indicator selected for the upper LED The lower LED is the Link indicator RJ45 4x2 RJ45 4x2 RJ45 4x2 Port LEDs SW2 LD21 LD11 SFP Cage SFP Cage RJ 45 RJ 45 Con...

Страница 8: ...for serial communications To configure HyperTerminal follow these steps 1 Start the HyperTerminal utility 2 Select the COM port to communicate with the BCM53242M reference board Table 1 BCM53242M Connectors Number Settings J1 EJTAG connector for BCM5836 CPU J4 SPI 6 pin connector JP1 5V DC power connector J10 Short pin 1 2 Big Endian Short pin 3 2 Little Endian default Note The text on the PCB is ...

Страница 9: ...nsole Connection Page 3 3 Set the serial port properties Bits per second 9600 Data bits 8 Parity none Stop bits 1 Flow control none The COM port Properties window should look like the following 4 Click OK 5 From the File menu select Properties 6 In the Properties window select the Settings tab 7 Configure the settings as shown in the following figure ...

Страница 10: ...7 Broadcom Corporation Page 4 Setting up a Broadcom SDK Console Connection Document 53242M QSG100 R 8 Click the ASCII Setup button to display the ASCII Setup window and configure the settings as shown in the following figure 9 Click OK 10 Power up the BCM53242M reference board ...

Страница 11: ... below USING THE CLI To display a list of all CLI commands type help The initial network settings can be viewed by typing the commands shown in the following window You can use CLI commands to customize these settings Use the save all command to save any changes made during a session To set a specific static IP address use the following sequence of commands 1 BCM 0 shell 2 ecos ifconfig eth1 10 14...

Страница 12: ... l BCM53242M Quick Start Guide 04 02 07 Broadcom Corporation Page 6 Setting up a Broadcom SDK Console Connection Document 53242M QSG100 R Alternatively to set the IP address via DHCP protocol use the commands shown in the following example ...

Страница 13: ...r o a d c o m C o n f i d e n t i a l Quick Start Guide BCM53242M 04 02 07 Broadcom Corporation Document 53242M QSG100 R Schematics Page 7 SCHEMATICS BCM53242M schematics are shown in the following pages ...

Страница 14: ...3 Irvine CA 92619 7013 Block Diagram RJ45 2X4 Magnetic RJ45 2X4 Magnetic RJ45 2X4 Magnetic BCM53242 BCM5482S SFP RJ45 SFP RJ45 RGMII RGMII BCM5836 RvMII SPI EEPROM Magnetic Magnetic Block Diagram of the following models MDC MDIO 25MHz Xtal 25MHz Xtal 48MHz Xtal RS232 DB 9 BCM953242R24M Page 1 Block Diagram Page 2 Power_Reset_Clock Page 3 53242_part1_RJ45_RGMII Page 4 53242_part2_Power_StrapPin Pag...

Страница 15: ...V C45 1uF C45 1uF R122 4 7 R122 4 7 C4 100uF 16V C4 100uF 16V R165 0 R165 0 C84 2200pF C84 2200pF FB3 600 100MHz DNI FB3 600 100MHz DNI GH2 16 GL2 15 IS 2 12 GND 3 IS 2 11 VFB2 10 COMP2 9 COMP1 8 VFB1 7 IS 1 6 ROSC 13 12V 14 IS 1 5 GL1 2 GH1 1 BST 4 U16 NCP5422A U16 NCP5422A TP14 BLACK TP14 BLACK C88 0 1uF DNI C88 0 1uF DNI C53 10uF C53 10uF C1 1uF C1 1uF C56 0 1uF C56 0 1uF TP4 RED TP4 RED C16 0 ...

Страница 16: ...grated PHY RGMII Broadcom Corporation 3 10 Wednesday March 07 2007 Note Recommend change R234 pull up Note 53242 TXCLK 5836 RXCLK 53242 RXCLK 5836 TXCLK R237 22 R237 22 R246 0 R246 0 R198 1K DNI R198 1K DNI R226 0 R226 0 R225 0 R225 0 R199 1K R199 1K R220 22 R220 22 R227 0 R227 0 R173 22 R173 22 R223 0 R223 0 R239 0 R239 0 R243 0 R243 0 R224 0 R224 0 R197 1K R197 1K R177 0 R177 0 R221 22 R221 22 R...

Страница 17: ...GND L11 GND L12 GND L13 GND L14 GND M7 GND M8 GND M9 GND M10 GND M11 GND M12 GND M13 GND M14 GND N7 GND N8 GND N9 GND N10 GND N11 GND N12 GND N13 GND N14 SCK D5 SS D4 MISO B3 MOSI A3 DNC E12 DNC E5 HW_FWDG_EN A2 ENFDXFLOW E9 ENHDXFLOW E10 RESET C4 MDIX_DIS E13 DNC U18 DNC A1 PHY_POLL_DIS B1 CPU_EPROM_SEL F4 MII_SPD A4 MII_DUPLX B4 RvMII_EN C1 DNC T15 DNC R16 MII_LNK D6 LEDMODE_1 C3 LEDMODE_2 E4 LE...

Страница 18: ... C B A ACEG BDFH TP3 RJ45_4X2 R397 49 9 R397 49 9 R425 49 9 R425 49 9 C357 0 1uF C357 0 1uF C423 0 1uF C423 0 1uF C382 0 1uF C382 0 1uF R389 49 9 R389 49 9 R644 75 R644 75 R593 75 R593 75 R264 49 9 R264 49 9 R658 75 R658 75 R311 49 9 R311 49 9 C480 0 1uF C480 0 1uF R395 49 9 R395 49 9 C484 0 1uF C484 0 1uF R663 75 R663 75 R668 75 R668 75 C335 0 1uF C335 0 1uF R392 49 9 R392 49 9 R641 75 R641 75 C3...

Страница 19: ...R 11 VEE_R 14 VEE_R 9 VEE_T 17 VEE_T 1 VEE_T 20 J11 R RCPT SFP 2X10 J11 R RCPT SFP 2X10 R564 100 DNI R564 100 DNI C94 2 2uF C94 2 2uF R468 49 9 R468 49 9 R460 49 9 R460 49 9 R474 49 9 R474 49 9 C461 0 1uF C461 0 1uF R436 4 7K DNI R436 4 7K DNI R617 75 R617 75 C126 0 01uF C126 0 01uF C363 10uF C363 10uF C491 0 1uF C491 0 1uF R558 100 DNI R558 100 DNI C127 0 01uF C127 0 01uF C495 0 1uF C495 0 1uF C1...

Страница 20: ...D_7 D4 GND_8 E4 GND_9 E5 GND_10 E9 GND_11 E12 GND_12 E15 GND_13 E18 GND_14 H18 GND_15 J5 GND_16 L5 GND_17 L18 GND_18 N5 GND_19 T5 GND_20 V5 GND_21 V6 GND_22 V11 GND_23 V12 GND_24 V17 RSVD_1 D13 RSVD_2 D14 RSVD_3 Y2 RSVD_4 Y3 PLL_TEST_OUT A22 PLLDVSS C21 PLLAVSS E21 PLLDVDD B21 PLLAVDD E19 XTALVDD D20 VDDCORE1 D5 VDDCORE2 E7 VDDCORE3 E13 VDDCORE4 F5 VDDCORE5 G18 VDDCORE6 H5 VDDCORE7 K18 VDDCORE8 R5...

Страница 21: ...9 1K R32 4 7K DNI R32 4 7K DNI R69 22 R69 22 R210 1K R210 1K R46 22 R46 22 R119 10K R119 10K R184 0 R184 0 R174 R174 RDP 1 RDN 2 RCT 3 TDN 6 TCT 4 TDP 5 NC 7 CGND 8 G GND2 G GND1 LC LC LA LA RA RA RC RC LEFT RIGHT J2 RJ766P9 C LEFT RIGHT J2 RJ766P9 C R167 22 R167 22 C164 0 1uF C164 0 1uF PCI_AD31 F1 PCI_AD30 G2 PCI_AD29 G1 PCI_AD28 J4 PCI_AD27 H3 PCI_AD26 H2 PCI_AD25 H1 PCI_AD24 J3 PCI_AD23 J1 PCI...

Страница 22: ...4 7K DNI R31 4 7K DNI C153 0 1uF C153 0 1uF C173 1000pF C173 1000pF C41 0 1uF C41 0 1uF C181 0 1uF C181 0 1uF C165 0 1uF C165 0 1uF 5 9 4 8 3 7 2 6 1 10 11 J9 D SUB RGT FEM 9 SHLD J9 D SUB RGT FEM 9 SHLD R150 0 DNI R150 0 DNI D0 11 A0 10 D1 12 A1 9 D2 13 A2 8 D3 15 A3 7 D4 16 A4 6 D5 17 A5 5 D6 18 A6 4 D7 19 A7 3 A8 25 A9 24 A10 21 A11 23 A12 2 A13 26 WE 27 CS 20 OE 22 A14 1 VCC 28 GND 14 U9 IDT71...

Страница 23: ...8 MH9 4 40X3 4in SCREW MH9 4 40X3 4in SCREW 1 2 4 3 5 6 7 8 MH6 4 40X3 4in SCREW MH6 4 40X3 4in SCREW R532 150 R532 150 R527 150 R527 150 1 2 4 3 5 6 7 8 MH2 4 40X3 4in SCREW MH2 4 40X3 4in SCREW R525 150 R525 150 C526 0 1uF DNI C526 0 1uF DNI R482 150 R482 150 R486 150 R486 150 R500 150 R500 150 R490 150 R490 150 R498 150 R498 150 FB1 220OHM FB1 220OHM R488 150 R488 150 TOP BOT LD9 GRN GRN GRN GR...

Страница 24: ...ny products or data herein to improve reliability function or design Information furnished by Broadcom Corporation is believed to be accurate and reliable However Broadcom Corporation does not assume any liability arising out of the application or use of this information nor the application or use of any product or circuit described herein neither does it convey any license under its patent rights...

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